% Starting Algorithm: 
%	className: org.openda.algorithms.kalmanFilter.EnKF
%	dir.: D:\src\openda_1\deltares\models\java\tests\d3d_lake_2d_gridnoise\.\algorithm
%	config.: EnkfAlgorithm.xml
% configstring = EnkfAlgorithm.xml
% opening :D:\src\openda_1\deltares\models\java\tests\d3d_lake_2d_gridnoise\.\algorithm\EnkfAlgorithm.xml
% analysisTimes@type=fromObservationTimes
% mainModel@stochParameter=false
% mainModel@stochForcing=false
% mainModel@stochInit=false
% this.ensembleSize=4
% ensembleModel@stochParameter=false
% ensembleModel@stochForcing=true
% ensembleModel@stochInit=true
% saveGain/times@type=fixed
% saveGain/times@type=fixed
% saveGain/file@fileType=automatic
% saveGain/file@dirPrefix=HamillkgStorage_
% saveGain/file@fileName=kalmanGainStorage.xml
% saveGain/file@xmlTypeMaxSize=40
% Creating mainModel
%    Do not add noise to forcing
% model time 55371.0 55374.0
% analysisTimes acquired from OBSERVER:55371.0 -- 55374.0
% Creating ensemble model 0
%    Add noise to initial state
%    Add noise to forcing
% Creating ensemble model 1
%    Add noise to initial state
%    Add noise to forcing
% Creating ensemble model 2
%    Add noise to initial state
%    Add noise to forcing
% Creating ensemble model 3
%    Add noise to initial state
%    Add noise to forcing
% Application initializing finished
% Initializing application
% Application initialized
% Application starting next step
% ========================================================================
%
%  analysis at 201006240000UTC (55371.0) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{1}	=[0.0, 0.0, 0.0, 0.0];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{1}	=[0.0, 0.0, 0.0, 0.0];
% length of state vector: 42831.
% number of observations: 4.
% Info: (org_costa_CtaObject.ctaInit) Java message writer is initialized
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{1}	=[0.0, 0.0, 0.0, 0.0];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240000UTC  to 201006240010UTC  (55371.0-->55371.006944444496) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240010UTC (55371.006944444496) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{2}	=[3.9967849829736224E-7, 1.7693881915192833E-9, -1.8063960283143388E-7, 1.0635164926497964E-7];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{2}	=[-7.230503933697284E-5, -9.44015552893494E-7, 4.055815542654345E-5, -2.697756550955323E-5];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{2}	=[-7.230503933697284E-5, -9.44015552893494E-7, 4.055815542654345E-5, -2.697756550955323E-5];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240010UTC  to 201006240020UTC  (55371.006944444496-->55371.01388888899) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240020UTC (55371.01388888899) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{3}	=[2.8327708605502266E-6, 3.507456369788997E-8, -1.5633553402949474E-6, 1.0315646932212985E-6];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{3}	=[-1.9647272731443928E-4, -7.248405913529837E-6, 1.3862311063779208E-4, -1.0527711497329694E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{3}	=[-1.9647272731443928E-4, -7.248405913529837E-6, 1.3862311063779208E-4, -1.0527711497329694E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240020UTC  to 201006240030UTC  (55371.01388888899-->55371.02083333349) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240030UTC (55371.02083333349) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{4}	=[9.0190851551597E-6, 2.8089311854273546E-7, -6.0374268286977895E-6, 4.4710868678521365E-6];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{4}	=[-3.1571545125286623E-4, -3.312727742271679E-5, 2.7103192046432816E-4, -2.3423217048547179E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{4}	=[-3.1571545125286623E-4, -3.312727742271679E-5, 2.7103192046432816E-4, -2.3423217048547179E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240030UTC  to 201006240040UTC  (55371.02083333349-->55371.027777777985) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240040UTC (55371.027777777985) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{5}	=[2.0943132767570205E-5, 1.3879383686798974E-6, -1.544904625916388E-5, 1.2404365406837314E-5];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{5}	=[-4.053424758356047E-4, -9.998479164861564E-5, 3.735777002069772E-4, -3.513837622814521E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{5}	=[-4.053424758356047E-4, -9.998479164861564E-5, 3.735777002069772E-4, -3.513837622814521E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240040UTC  to 201006240050UTC  (55371.027777777985-->55371.034722222015) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240050UTC (55371.034722222015) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{6}	=[5.096991662867367E-5, 4.807036020793021E-6, -3.642850060714409E-5, 2.942094943136908E-5];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{6}	=[-4.053424758356047E-4, -9.998479164861564E-5, 3.735777002069772E-4, -3.513837622814521E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{6}	=[-4.053424758356047E-4, -9.998479164861564E-5, 3.735777002069772E-4, -3.513837622814521E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240050UTC  to 201006240100UTC  (55371.034722222015-->55371.04166666651) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240100UTC (55371.04166666651) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{7}	=[1.2689709546975791E-4, 1.3079275959171355E-5, -9.010778740048409E-5, 7.169667514972389E-5];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{7}	=[-5.178724122134259E-4, -2.096941632230673E-4, 4.658018222654261E-4, -4.3915415424230754E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{7}	=[-5.178724122134259E-4, -2.096941632230673E-4, 4.658018222654261E-4, -4.3915415424230754E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240100UTC  to 201006240110UTC  (55371.04166666651-->55371.04861111101) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240110UTC (55371.04861111101) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{8}	=[2.778080233838409E-4, 3.145702066831291E-5, -2.075737138511613E-4, 1.6886205412447453E-4];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{8}	=[-6.287453072545286E-4, -3.1631966113852914E-4, 5.824257083697731E-4, -5.4525521435483E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{8}	=[-6.287453072545286E-4, -3.1631966113852914E-4, 5.824257083697731E-4, -5.4525521435483E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240110UTC  to 201006240120UTC  (55371.04861111101-->55371.055555555504) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240120UTC (55371.055555555504) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{9}	=[5.216842400841415E-4, 7.256102981045842E-5, -4.124351835343987E-4, 3.484479384496808E-4];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{9}	=[-7.203002107940299E-4, -3.607813738131569E-4, 6.793558104032405E-4, -6.509542144583093E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{9}	=[-7.203002107940299E-4, -3.607813738131569E-4, 6.793558104032405E-4, -6.509542144583093E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240120UTC  to 201006240130UTC  (55371.055555555504-->55371.0625) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240130UTC (55371.0625) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{10}	=[8.615574915893376E-4, 1.591555483173579E-4, -7.133378530852497E-4, 6.228550337255001E-4];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{10}	=[-8.199968219426328E-4, -3.465491175694776E-4, 7.561353725171335E-4, -7.182147576547099E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{10}	=[-8.199968219426328E-4, -3.465491175694776E-4, 7.561353725171335E-4, -7.182147576547099E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240130UTC  to 201006240140UTC  (55371.0625-->55371.069444444496) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240140UTC (55371.069444444496) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{11}	=[0.0013044554507359862, 3.145616501569748E-4, -0.0011124020675197244, 9.941051248461008E-4];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{11}	=[-9.067614251377083E-4, -3.191338833405593E-4, 8.270302476218753E-4, -7.741286023938555E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{11}	=[-9.067614251377083E-4, -3.191338833405593E-4, 8.270302476218753E-4, -7.741286023938555E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240140UTC  to 201006240150UTC  (55371.069444444496-->55371.07638888899) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240150UTC (55371.07638888899) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{12}	=[0.001888514612801373, 5.441122339107096E-4, -0.0016301794676110148, 0.0014737902674824];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{12}	=[-8.821493174279249E-4, -3.1722073293555773E-4, 7.887572387913753E-4, -7.252693593299257E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{12}	=[-8.821493174279249E-4, -3.1722073293555773E-4, 7.887572387913753E-4, -7.252693593299257E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240150UTC  to 201006240200UTC  (55371.07638888899-->55371.08333333349) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240200UTC (55371.08333333349) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{13}	=[0.002652070950716734, 8.31210461910814E-4, -0.002308547729626298, 0.0020970997866243124];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{13}	=[-7.913586188303689E-4, -3.249122886680169E-4, 7.219765370201137E-4, -6.697254690819706E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{13}	=[-7.913586188303689E-4, -3.249122886680169E-4, 7.219765370201137E-4, -6.697254690819706E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240200UTC  to 201006240210UTC  (55371.08333333349-->55371.090277777985) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240210UTC (55371.090277777985) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{14}	=[0.0036144177429378033, 0.0011594548122957349, -0.0031725948210805655, 0.0028955466113984585];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{14}	=[-6.82084763385787E-4, -3.142381243186791E-4, 6.274655085966954E-4, -5.996162145914274E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{14}	=[-6.82084763385787E-4, -3.142381243186791E-4, 6.274655085966954E-4, -5.996162145914274E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240210UTC  to 201006240220UTC  (55371.090277777985-->55371.097222222015) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240220UTC (55371.097222222015) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{15}	=[0.004764691460877657, 0.001538461889140308, -0.004216666333377361, 0.003866453655064106];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{15}	=[-6.82084763385787E-4, -3.142381243186791E-4, 6.274655085966954E-4, -5.996162145914274E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{15}	=[-6.82084763385787E-4, -3.142381243186791E-4, 6.274655085966954E-4, -5.996162145914274E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240220UTC  to 201006240230UTC  (55371.097222222015-->55371.10416666651) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240230UTC (55371.10416666651) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{16}	=[0.005985009018331766, 0.002000887878239155, -0.005372915882617235, 0.00495999725535512];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{16}	=[-5.626655384260516E-4, -2.606332359152271E-4, 5.344868805675219E-4, -5.09063231219888E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{16}	=[-5.626655384260516E-4, -2.606332359152271E-4, 5.344868805675219E-4, -5.09063231219888E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240230UTC  to 201006240240UTC  (55371.10416666651-->55371.11111111101) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240240UTC (55371.11111111101) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{17}	=[0.007111967541277409, 0.0025619161315262318, -0.00648358603939414, 0.006046389229595661];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{17}	=[-4.4698654272403544E-4, -2.0247746941777077E-4, 4.13605558798228E-4, -3.9187553175835894E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{17}	=[-4.4698654272403544E-4, -2.0247746941777077E-4, 4.13605558798228E-4, -3.9187553175835894E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240240UTC  to 201006240250UTC  (55371.11111111101-->55371.118055555504) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240250UTC (55371.118055555504) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{18}	=[0.008082158863544464, 0.003171321703121066, -0.007429228164255619, 0.0069814082235097885];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{18}	=[-3.4074413646755E-4, -1.3693314882736585E-4, 2.789810600609791E-4, -2.4459085119226374E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{18}	=[-3.4074413646755E-4, -1.3693314882736585E-4, 2.789810600609791E-4, -2.4459085119226374E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240250UTC  to 201006240300UTC  (55371.118055555504-->55371.125) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240300UTC (55371.125) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{19}	=[0.008906647562980652, 0.003704620758071542, -0.008211915381252766, 0.007735423278063536];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{19}	=[-2.3480824263842783E-4, -3.101401435250909E-5, 1.7790821592466682E-4, -1.4030285537202183E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{19}	=[-2.3480824263842783E-4, -3.101401435250909E-5, 1.7790821592466682E-4, -1.4030285537202183E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240300UTC  to 201006240310UTC  (55371.125-->55371.131944444496) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240310UTC (55371.131944444496) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{20}	=[0.009606965817511082, 0.00401910487562418, -0.008854208514094353, 0.008336741477251053];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{20}	=[-8.378128062240657E-5, 4.701653853242873E-5, 5.55603056205136E-5, -2.929981926140159E-5];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{20}	=[-8.378128062240657E-5, 4.701653853242873E-5, 5.55603056205136E-5, -2.929981926140159E-5];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240310UTC  to 201006240320UTC  (55371.131944444496-->55371.13888888899) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240320UTC (55371.13888888899) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{21}	=[0.010222156532108784, 0.004064504988491535, -0.009368029423058033, 0.008785676211118698];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{21}	=[-1.851154056220039E-5, 1.8920542679155945E-5, -1.1189326127738314E-5, 2.3685627733434865E-5];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{21}	=[-1.851154056220039E-5, 1.8920542679155945E-5, -1.1189326127738314E-5, 2.3685627733434865E-5];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240320UTC  to 201006240330UTC  (55371.13888888899-->55371.14583333349) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240330UTC (55371.14583333349) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{22}	=[0.010763307102024555, 0.003950662445276976, -0.009779775515198708, 0.009107343852519989];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{22}	=[5.090089062435412E-6, -2.0600837245971784E-5, -3.6378044413709475E-5, 4.35853946785442E-5];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{22}	=[5.090089062435412E-6, -2.0600837245971784E-5, -3.6378044413709475E-5, 4.35853946785442E-5];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240330UTC  to 201006240340UTC  (55371.14583333349-->55371.152777777985) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240340UTC (55371.152777777985) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{23}	=[0.011116663925349712, 0.0038570582401007414, -0.010063383728265762, 0.009327786974608898];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{23}	=[-3.963188967158006E-5, -5.0327870283409866E-5, 2.364810872436858E-5, -1.3049449757703916E-5];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{23}	=[-3.963188967158006E-5, -5.0327870283409866E-5, 2.364810872436858E-5, -1.3049449757703916E-5];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240340UTC  to 201006240350UTC  (55371.152777777985-->55371.159722222015) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240350UTC (55371.159722222015) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{24}	=[0.01120250578969717, 0.0038916198536753654, -0.010145653039216995, 0.009412026032805443];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{24}	=[-3.963188967158006E-5, -5.0327870283409866E-5, 2.364810872436858E-5, -1.3049449757703916E-5];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{24}	=[-3.963188967158006E-5, -5.0327870283409866E-5, 2.364810872436858E-5, -1.3049449757703916E-5];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240350UTC  to 201006240400UTC  (55371.159722222015-->55371.16666666651) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240400UTC (55371.16666666651) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{25}	=[0.011114900931715965, 0.0040587130934000015, -0.010068275034427643, 0.00936469528824091];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{25}	=[-1.3997512000035305E-4, -3.6400878298493346E-5, 1.1215400270091848E-4, -9.795252911799735E-5];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{25}	=[-1.3997512000035305E-4, -3.6400878298493346E-5, 1.1215400270091848E-4, -9.795252911799735E-5];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240400UTC  to 201006240410UTC  (55371.16666666651-->55371.17361111101) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240410UTC (55371.17361111101) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{26}	=[0.010976197198033333, 0.004251025151461363, -0.00997201818972826, 0.009296582080423832];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{26}	=[-2.4299348707114193E-4, -3.048766579562368E-5, 2.039581651640838E-4, -1.7631574797321307E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{26}	=[-2.4299348707114193E-4, -3.048766579562368E-5, 2.039581651640838E-4, -1.7631574797321307E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240410UTC  to 201006240420UTC  (55371.17361111101-->55371.180555555504) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240420UTC (55371.180555555504) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{27}	=[0.0109928660094738, 0.004292204510420561, -0.009964970871806145, 0.00929777231067419];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{27}	=[-3.7158680826092794E-4, -7.700736329065104E-5, 3.0692645604887E-4, -2.7398346390413055E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{27}	=[-3.7158680826092794E-4, -7.700736329065104E-5, 3.0692645604887E-4, -2.7398346390413055E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240420UTC  to 201006240430UTC  (55371.180555555504-->55371.1875) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240430UTC (55371.1875) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{28}	=[0.011320224963128567, 0.004142792429775, -0.010173424147069454, 0.009433303028345108];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{28}	=[-5.11723216868818E-4, -1.5383015131190052E-4, 4.351433732529713E-4, -3.808302402395804E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{28}	=[-5.11723216868818E-4, -1.5383015131190052E-4, 4.351433732529713E-4, -3.808302402395804E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240430UTC  to 201006240440UTC  (55371.1875-->55371.194444444496) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240440UTC (55371.194444444496) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{29}	=[0.01196728739887476, 0.0039704330265522, -0.010656706057488918, 0.009797177277505398];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{29}	=[-6.919354206778E-4, -3.0633228464726234E-4, 6.387524865773754E-4, -6.121106404312658E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{29}	=[-6.919354206778E-4, -3.0633228464726234E-4, 6.387524865773754E-4, -6.121106404312658E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240440UTC  to 201006240450UTC  (55371.194444444496-->55371.20138888899) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240450UTC (55371.20138888899) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{30}	=[0.012966702692210674, 0.003972393926233053, -0.01142666582018137, 0.0104427644982934];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{30}	=[-7.7544729575539E-4, -3.708164031582798E-4, 7.328600570311245E-4, -6.980713315600975E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{30}	=[-7.7544729575539E-4, -3.708164031582798E-4, 7.328600570311245E-4, -6.980713315600975E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240450UTC  to 201006240500UTC  (55371.20138888899-->55371.20833333349) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240500UTC (55371.20833333349) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{31}	=[0.014159375801682472, 0.004308689851313829, -0.012520726770162582, 0.01143269520252943];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{31}	=[-8.588749007292526E-4, -4.0043066002585186E-4, 7.897989207276804E-4, -7.439125033206869E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{31}	=[-8.588749007292526E-4, -4.0043066002585186E-4, 7.897989207276804E-4, -7.439125033206869E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240500UTC  to 201006240510UTC  (55371.20833333349-->55371.215277777985) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240510UTC (55371.215277777985) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{32}	=[0.015404936857521534, 0.005071662366390228, -0.013790683820843697, 0.012709195725619793];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{32}	=[-8.854998554670579E-4, -3.833721905470627E-4, 8.047620413577675E-4, -7.487901303127359E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{32}	=[-8.854998554670579E-4, -3.833721905470627E-4, 8.047620413577675E-4, -7.487901303127359E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240510UTC  to 201006240520UTC  (55371.215277777985-->55371.222222222015) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240520UTC (55371.222222222015) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{33}	=[0.01681893691420555, 0.006125229876488447, -0.01516950037330389, 0.014095785096287727];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{33}	=[-8.854998554670579E-4, -3.833721905470627E-4, 8.047620413577675E-4, -7.487901303127359E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{33}	=[-8.854998554670579E-4, -3.833721905470627E-4, 8.047620413577675E-4, -7.487901303127359E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240520UTC  to 201006240530UTC  (55371.222222222015-->55371.22916666651) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240530UTC (55371.22916666651) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{34}	=[0.018745049834251404, 0.007164943963289261, -0.016896089538931847, 0.015708116814494133];
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_f{34}	=[-8.89327634056811E-4, -3.401028053671557E-4, 7.967005030347155E-4, -7.392658678317917E-4];
% length of state vector: 42831.
% number of observations: 4.
%  predictions: S1.water level, S2.water level, S3.water level, S4.water level
pred_a{34}	=[-8.89327634056811E-4, -3.401028053671557E-4, 7.967005030347155E-4, -7.392658678317917E-4];
% Application starting next step
% ========================================================================
%
%  Forecast from 201006240530UTC  to 201006240540UTC  (55371.22916666651-->55371.23611111101) 
%
% ========================================================================
%
% - mainModel 
%
% computation for member (4):
% - member 0
% - member 1
% - member 2
% - member 3
% ========================================================================
%
%  analysis at 201006240540UTC (55371.23611111101) 
%
% ========================================================================
%
%  ObsValues: S1.water level, S2.water level, S3.water level, S4.water level
obs{35}	=[0.021435678005218506, 0.007979300804436207, -0.019221898168325424, 0.017802976071834564];
